1. Break out  Introduce yourself  Name  School  One thing you hope to get out of the summer institute

2. Kinematics Mouse Trap Car

9. V = ∆X/∆t Acceleratio n – non constant Velocity X = 1/2 at^2 Building a working car Analysis using Technology Articulate scientific thought Kinematics Winding up/Student Walk Galileo’s Inclined Plane Galileo’s Free Fall Mouse Trap Build Mouse Trap Competition & Video Analysis Lab Write up **

10. Winding up/Student Walk  Quantitative  Students investigate motion  Predict motion  What data is needed?  Develop and perform an experiment  Draw conclusion based on evidence  Classroom Discussion

11. Galileo’s Inclined Plane  Quantitative  Student roll marbles down an inclined plane and gather data  Improve lab skills  Improve graphical analysis  Exploration of accelerating bodies

12. Galileo’s Free Fall  Quantitative  Students drop objects of varying mass (same height)  Minimal air friction  Exploration of accelerating bodies in “free fall”  Determine acceleration due to gravity

13. * Mouse Trap Car *  Using T4T – No kits allowed!  Use video analysis (technology in the classroom)  Students keep track of budget  Competition

14. * Video Analysis *  Viewing and moving Frame by Frame  Open Windows Media Player  Click “view” in the tool bar or right click the video  Go to Enhancements  Go to Play Speed Settings  Use the next/back buttons to advance/regress video frame by frame

15. Lab Write up  Summarize learning  Articulate scientific processes

16. Activity Time!  Goals  Construct mouse trap cars (pairs)  Use video analysis to successfully plot the motion  find a way to collect the data!